Powering the circular economy—meet the innovators turning battery waste into valuable resources
France isn’t just leading Europe in electric vehicle adoption and renewable energy—it’s also taking bold steps to solve one of the biggest challenges of the green revolution: what to do with old lithium-ion batteries. As EVs, smartphones, and solar storage systems flood the market, the demand for efficient, eco-friendly battery recycling has never been higher. Enter the unsung heroes: the suppliers designing and building the machines that turn discarded batteries into reusable lithium, cobalt, and nickel.
In 2025, with the EU’s new Battery Regulation mandating 70% collection rates and strict recycling targets, French recycling plants are racing to upgrade their equipment. But not all suppliers are created equal. Some specialize in high-capacity crushing lines, others in cutting-edge air pollution control, and a few excel at turning complex battery chemistry into pure, market-ready materials. We’ve scoured the country to find the top 10 suppliers that are not just selling machines—they’re building the future of sustainable energy.
| Supplier Name | Key Focus | Capacity Range | Sustainability Highlight |
|---|---|---|---|
| EcoCycle Innovations | High-capacity dry separation | 500–2,500 kg/h | Zero-waste water process |
| GreenTech Recycling Systems | Li battery & circuit board recycling | 300–2,000 kg/h | Integrated air pollution control |
| Circular Energy Solutions | Mobile & modular systems | 100–1,000 kg/h | Carbon-neutral manufacturing |
| NextGen Recycling Tech | Hydraulic press & briquetting | 500–3,000 kg/h | 95% material recovery rate |
| CleanPlanet Machinery | Wet & dry process hybrid | 200–1,500 kg/h | Closed-loop water recycling |
| Advanced Recycling Systems | Automated sorting technology | 800–4,000 kg/h | AI-driven material purity control |
| EcoMachines France | Small-scale urban recycling | 50–500 kg/h | Quiet operation for city use |
| Sustainable Processing Group | Air pollution control systems | Customizable | EU emission standard compliance |
| PowerCycle Engineering | High-purity lithium extraction | 200–1,200 kg/h | Direct lithium ore integration |
| TotalRecycle Solutions | End-to-end recycling plants | 1,000–5,000 kg/h | ISO 14001 & 9001 certified |
1. EcoCycle Innovations – The Dry Process Pioneers
Founded in Lyon in 2010, EcoCycle Innovations has become a household name in French recycling circles by proving that dry processing can be just as efficient as wet—without the water waste. Their flagship li battery recycling equipment , the ECO-LiDry 2500, is a beast: a fully automated line that crushes, separates, and purifies battery materials at up to 2,500 kg per hour. What sets them apart? They’ve replaced traditional water-based separation with a high-speed air classification system that sorts lithium cobalt oxide from aluminum and plastic with 99% accuracy.
“We started small, building machines for local scrap yards,” says CEO Marie Dubois. “But when a major EV manufacturer approached us in 2018 needing a solution that wouldn’t drain their local water supply, we realized dry processing was the future.” Today, EcoCycle’s systems are used by 8 of France’s top 10 battery recycling plants, including a facility near Marseille that processes 10,000 tons of batteries annually.
Case Study: Brittany Recycling Plant
In 2024, a plant in Rennes switched from a wet process to EcoCycle’s ECO-LiDry 1500. Result? They cut water usage by 100%, reduced energy costs by 30%, and increased lithium recovery from 85% to 94%. “We used to spend €20,000/month on water treatment,” says plant manager Jean Petit. “Now that money goes straight to our bottom line.”
Core Technologies
- Compact Granulator with Dry Separator: Crushes batteries into uniform granules, then uses electrostatic separation to split metals from plastics.
- Air Pollution Control System: Captures 99.7% of dust and volatile organic compounds (VOCs) during processing—critical for meeting France’s strict emission laws.
- Modular Design: Plants can start with a 500 kg/h line and expand to 2,500 kg/h without replacing core machinery.
Why They Stand Out
EcoCycle doesn’t just sell equipment—they offer a “total solution.” Their team handles installation, staff training, and even helps clients secure EU funding for green tech upgrades. “We’re in it for the long haul,” Dubois adds. “If our clients succeed, the planet succeeds.”
2. GreenTech Recycling Systems – Where Batteries and Circuit Boards Meet
Core Technologies
- WCBD-2000A Circuit Board Recycling Plant: A dual-purpose system that processes both lithium batteries and e-waste circuit boards, perfect for plants handling mixed electronic waste.
- Hydraulic Press Machines: Compacts metal-rich fractions into dense briquettes for easy transport to smelters.
- Water Process Equipment: For plants needing high-purity metal recovery, their wet separation line uses biodegradable detergents instead of harsh chemicals.
Sustainability Focus
GreenTech’s air pollution control system equipment is a game-changer. Their GTR-APCS 5000 uses a three-stage filtration process—cyclone, baghouse, and activated carbon—to eliminate 99.9% of particulate matter. “In France, if you’re not compliant with the 2025 emission limits, you can’t operate,” says technical director Pierre Lambert. “Our systems don’t just meet the rules—they set new standards.”
Based in Toulouse, GreenTech Recycling Systems has carved a niche by bridging two booming markets: battery recycling and e-waste. “Circuit boards and lithium batteries share a lot of the same metals—copper, nickel, gold,” explains founder Sophie Laurent. “Why build separate lines when one machine can handle both?”
Their WCBD-2000A plant is a hit with multi-material recyclers. Equipped with a dry separator, it processes 500–2,000 kg/h of circuit boards or batteries, switching between modes with a simple software ｕｐｄａｔｅ. “A plant in Lille used to run two separate lines,” Laurent says. “Now they use one GreenTech system and save €150,000/year in labor and energy.”
What really impresses clients, though, is GreenTech’s commitment to after-sales support. “We don’t just install the machine and leave,” Laurent adds. “Our tech team is on call 24/7, and we offer free software updates for life. Recycling is a fast-moving field—your equipment should evolve with it.”
Case Study: Paris E-Waste Hub
In 2023, a major recycling hub in Saint-Denis needed to process both old smartphones (circuit boards) and EV batteries. GreenTech installed a WCBD-2000A with a custom plastic pneumatic conveying system to move lightweight plastics to a separate recycling line. Today, the hub processes 1,200 kg/h of mixed waste, with 98% of materials recycled into new products.
3. Circular Energy Solutions – Mobility Meets Modularity
Not every recycling operation needs a massive fixed plant. For small towns, remote mines, or temporary projects, Circular Energy Solutions (CES) in Bordeaux has built a reputation for portable briquetting machines and mobile battery crushing units that can be trucked to any location. “We started by noticing a gap,” says founder Thomas Moreau. “Rural areas in France have battery waste too, but they can’t afford a €2 million plant. Our PHBM series changes that.”
The PHBM-004, their most popular model, is a compact portable metal powder compressor that fits in a standard shipping container. It crushes, separates, and briquettes battery materials at 100–500 kg/h—perfect for small-scale operations. “A farmer in Normandy uses one to process old tractor batteries,” Moreau laughs. “He used to pay to haul them 200 km; now he sells the briquettes to a smelter and makes a profit.”
CES doesn’t stop at portability. Their modular fixed plants, like the CIRC-Li 1000, let clients start small (100 kg/h) and add modules as demand grows. “It’s like building with Lego blocks,” Moreau explains. “Add a second crusher, a bigger separator, and suddenly you’re at 500 kg/h. No wasted investment, no downtime.”
Core Technologies
- PHBM Series Portable Briquetters: Lightweight (under 2 tons), diesel or electric-powered, ideal for off-grid locations.
- Modular Li Battery Recycling Line: Starts at 100 kg/h, scales to 1,000 kg/h with add-on modules.
- Hydraulic Cutter Equipment: Safely pierces and drains battery casings before crushing, reducing fire risk.
Case Study: French Army Mobile Recycling Unit
In 2024, the French military deployed CES’s PHBM-003 to a base in Djibouti. The unit processes 300 kg/day of old communication batteries, turning them into metal briquettes that are shipped back to France for refining. “They needed something rugged, portable, and easy to maintain in the field,” Moreau says. “Our machines delivered—even in the desert heat.”
4. NextGen Recycling Tech – Hydraulics That Power Precision
Core Technologies
- Hydraulic Press Machines: Their HPM-3000 exerts 3,000 kN of pressure to compact battery materials into dense cakes, reducing transport volume by 60%.
- Four-Shaft Shredder: Tears through battery casings and circuit boards with minimal dust, critical for worker safety.
- AI-Driven Sorting: Cameras and sensors identify different battery chemistries (LiCoO2, LiFePO4) in real time, ensuring optimal separation.
The Hydraulic Advantage
NextGen’s focus on hydraulics isn’t just about power—it’s about precision. “Battery recycling is a delicate dance,” says engineer Claire Dubois. “You need to crush enough to release the materials, but not so much that you damage the valuable metals. Our hydraulic systems let operators adjust pressure down to the kilogram.”
When it comes to brute force with finesse, few suppliers match NextGen Recycling Tech. Based in Grenoble, this 15-year-old company has made a name for itself with hydraulic press machines equipment that can handle the toughest battery recycling jobs—from tiny phone batteries to massive EV packs.
Their claim to fame? A 95% material recovery rate, one of the highest in the industry. “We don’t leave money on the table—or materials in the landfill,” says CEO Antoine Leroy. “Our HPM-3000 press squeezes every last bit of value out of each battery.”
NextGen’s clients include some of Europe’s biggest smelters, who rely on their briquetted materials for efficient melting. “A smelter in Luxembourg told us our briquettes reduce their melting time by 25%,” Leroy adds. “That’s a huge energy savings—and a huge selling point for us.”
Case Study: Automotive Battery Recycler in Strasbourg
A plant specializing in end-of-life EV batteries needed a way to process 2,000 kg/h of mixed battery packs. NextGen installed a custom line with a four-shaft shredder, hydraulic press, and magnetic separator. Today, the plant recovers 96% of lithium, cobalt, and nickel, selling the metals back to battery manufacturers like Renault.
5. CleanPlanet Machinery – The Hybrid Process Experts
Not every recycling plant has the luxury of choosing between dry or wet processing. Some need a little of both. That’s where CleanPlanet Machinery, based in Nantes, comes in. Their hybrid systems combine the speed of dry crushing with the precision of wet separation, offering clients the best of both worlds.
“Dry processing is fast and water-free, but wet processing gets better purity for sensitive metals like lithium,” explains founder Lucie Martin. “Our WCB-2000C plant lets operators switch modes depending on the battery type—no need for two separate lines.”
CleanPlanet’s water process equipment is particularly innovative. Instead of dumping used water, their closed-loop system filters and recycles it, using only 500 liters per ton of batteries—10x less than traditional wet processes. “We’re in Nantes, a city that takes water conservation seriously,” Martin says. “Our machines reflect that values.”
Another standout feature? Their “Quiet Operation” design. Most battery crushers sound like jet engines, but CleanPlanet’s sound-dampened enclosures reduce noise to 75 decibels—quiet enough to operate in urban areas. “A plant in Paris is located next to a residential neighborhood,” Martin notes. “They couldn’t run traditional equipment without complaints. Ours? The neighbors barely notice.”
Core Technologies
- WCB-2000C Hybrid Recycling Plant: Switches between dry (500–1,500 kg/h) and wet (300–1,000 kg/h) modes with a 30-minute setup.
- Water Recycling System: Filters and reuses 95% of process water, with zero discharge to sewers.
- Sound-Dampened Enclosures: Reduces noise by 40% compared to standard equipment.
Case Study: Urban Recycling Center in Lyon
A center in downtown Lyon needed to process 800 kg/h of batteries but faced strict noise and water restrictions. CleanPlanet installed a WCB-1000C hybrid plant with sound enclosures and a closed-loop water system. The center now operates 12 hours/day without disturbing residents, and its water bill dropped by 80%.
6–10: The Innovators Shaping France’s Recycling Future
6. Advanced Recycling Systems – AI-Powered Sorting
These Paris-based tech wizards use artificial intelligence to sort battery materials with unprecedented accuracy. Their ARS-SmartSort system can identify 20+ battery chemistries in real time, ensuring each material goes to the right processing step. “AI isn’t just a buzzword for us,” says CEO Paul Renard. “It’s how we hit 99% purity rates.”
7. EcoMachines France – Small-Scale, Big Impact
For small towns and community recycling centers, EcoMachines offers compact systems starting at 50 kg/h. Their ECO-Mini 50 is a favorite among local governments, who use it to process household battery waste. “Not everyone needs a 2,000 kg/h line,” says founder Amélie Petit. “But everyone deserves access to clean recycling.”
8. Sustainable Processing Group – Breathing Clean Air
Specializing in air pollution control system equipment , this Marseille-based supplier helps plants meet France’s strictest emission standards. Their SPG-APCS 3000 uses plasma filtration to capture even nano-sized particles, making it a must-have for plants near cities.
9. PowerCycle Engineering – Lithium Ore to Battery
Bridging mining and recycling, PowerCycle’s systems process both lithium ore and battery waste, offering a complete “mine-to-recycling” solution. Their lithium ore extraction equipment is used by French mining companies, while their battery recycling lines turn waste into new ore for processing.
10. TotalRecycle Solutions – End-to-End Plants
Why piecemeal when you can have it all? TotalRecycle builds turnkey recycling plants, from battery collection bins to purified metal ingots. Their clients include multinationals like Veolia, who trust them to handle every step of the recycling chain.
Choosing the right lithium-ion battery recycling equipment supplier isn’t just about buying a machine—it’s about partnering with a company that understands your goals, your location, and the evolving regulatory landscape. Whether you need a portable unit for rural France, a high-capacity line for an EV plant, or a hybrid system for mixed materials, the suppliers on this list are leading the charge.
As Marie Dubois of EcoCycle puts it: “Battery recycling isn’t a trend—it’s a necessity. And in France, we’re not just keeping up with the need—we’re setting the global standard.” So whether you’re a recycling plant manager, a government official, or an investor, these 10 suppliers are your allies in building a world where every battery gets a second life.
Ready to take the next step? Reach out to one of these innovators today. The planet—and your bottom line—will thank you.
